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Updated to a more modern implementation
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -1,51 +1,102 @@ | ||
| /* | ||
| * IRelectra | ||
| * Version 0.8 | ||
| * Copyrights 2014 Barak Weiss | ||
| * Copyrights 2016 Barak Weiss | ||
| * | ||
| * Many thanks to Chris from AnalysIR | ||
| */ | ||
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| #ifndef IRelectra_h | ||
| #define IRelectra_h | ||
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| #include <stdint.h> | ||
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| #include "IRremote.h" | ||
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| #define POWER_OFF 0 | ||
| #define POWER_ON 1 | ||
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| #define MODE_COOL 0b001 | ||
| #define MODE_HEAT 0b010 | ||
| #define MODE_AUTO 0b011 | ||
| #define MODE_DRY 0b100 | ||
| #define MODE_FAN 0b101 | ||
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| #define FAN_LOW 0b00 | ||
| #define FAN_MED 0b01 | ||
| #define FAN_HIGH 0b10 | ||
| #define FAN_AUTO 0b11 | ||
| #include <stdint.h> | ||
| #include <vector> | ||
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| #define SWING_OFF 0b0 | ||
| #define SWING_ON 0b1 | ||
| typedef enum IRElectraMode { | ||
| IRElectraModeCool = 0b001, | ||
| IRElectraModeHeat = 0b010, | ||
| IRElectraModeAuto = 0b011, | ||
| IRElectraModeDry = 0b100, | ||
| IRElectraModeFan = 0b101 | ||
| } IRElectraMode; | ||
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| #define SLEEP_OFF 0b0 | ||
| #define SLEEP_ON 0b1 | ||
| typedef enum IRElectraFan { | ||
| IRElectraFanLow = 0b00, | ||
| IRElectraFanMedium = 0b01, | ||
| IRElectraFanHigh = 0b10, | ||
| IRElectraFanAuto = 0b11 | ||
| } IRElectraFan; | ||
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| class IRelectra | ||
| { | ||
| public: | ||
| // Ctor, remote will be used to send the raw IR data | ||
| // Initialize | ||
| IRelectra(IRsend* remote); | ||
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| // Sends the specified configuration to the IR led using IRremote | ||
| bool SendElectra(int power, int mode, int fan, int temperature, int swing, int sleep); | ||
| // Send an IR packet with the given parameters. | ||
| bool sendElectra(bool power, IRElectraMode mode, IRElectraFan fan, int temperature, bool swing, bool sleep); | ||
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| private: | ||
| IRsend* _remote; | ||
| uint64_t EncodeElectra(int power, int mode, int fan, int temperature, int swing, int sleep); | ||
| void addBit(unsigned int* p, int* i, char b); | ||
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| // Encodes specific A/C configuration to a number that describes | ||
| uint64_t encodeElectra(bool power, IRElectraMode mode, IRElectraFan fan, int temperature, bool swing, bool sleep); | ||
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| // Create the entire MARK-SPACE array containing the entire packet to send to the A/C | ||
| std::vector<unsigned int> generateSignal(uint64_t code); | ||
| }; | ||
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| // Class to create MARK-SPACE array. An IR code is a digital signal, which | ||
| // means it's made out of 0's (space) and 1's (mark). This class helps | ||
| // create these kinds of signals. It has the ability to add marks and spaces | ||
| // at any time, and to add single bit using Manchester code to the signal. | ||
| // Once you added enough data to the array use the data() methods to get | ||
| // the raw data. Make sure that the first think you add to the array is | ||
| // at least one mark. | ||
| class MarkSpaceArray | ||
| { | ||
| public: | ||
| // Initialize the array with a specific unit length. This is the clock used | ||
| // in the Manchester code. | ||
| MarkSpaceArray(uint16_t unitLengthInUsec); | ||
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| // Add a number of time units with mark. | ||
| void addMark(uint16_t units); | ||
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| // Add a number of time units with space. | ||
| void addSpace(uint16_t units); | ||
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| // Encodes the bit with IEEE 802.3 Manchester coding and adds it to the array | ||
| // A zero bit is one unit MARK and one unit SPACE | ||
| // a one bit is one unit SPACE and one unit MARK | ||
| void addBitWithManchesterCode(uint8_t bit); | ||
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| // Encodes a given number of bits from the given number bit by bit with | ||
| // IEEE 802.3 Manchester coding and adds it to the array. MSB first. | ||
| void addNumberWithManchesterCode(uint64_t bit, uint8_t numberOfBits); | ||
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| // Array containing timing for marks and spaces, starts with marks. | ||
| const std::vector<unsigned int> data(); | ||
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| private: | ||
| // Add more time units to the current state. For example, if the array | ||
| // looks like this: { 1*UNIT, 1*UNIT } (equal to calling addMark(1) | ||
| // followed by addSpace(1), the current state is SPACE (currentState()==0) | ||
| // calling this function will change the array to { 1*UNIT, 2*UNIT }. | ||
| void addUnitsToCurrentState(uint16_t units); | ||
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| // Add more time to the other state. For example, if the array | ||
| // looks like this: { 1*UNIT, 1*UNIT } (equal to calling addMark(1) | ||
| // followed by addSpace(1), the current state is SPACE (currentState()==0) | ||
| // calling this function will change the array to { 1*UNIT, 1*UNIT, 1*UNIT } | ||
| void addUnitsToNextState(uint16_t units); | ||
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| // Returns 1 for mark, 0 for space. | ||
| uint8_t currentState(); | ||
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| uint16_t _unitLength; | ||
| std::vector<unsigned int> _data; | ||
| }; | ||
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| #endif |